The discussion revolves around a problem related to circular motion, specifically focusing on the forces acting on a mass attached to a rod that is rotating in a vertical circle. Participants are examining the representation of forces, particularly the force exerted by the rod on the mass.
The discussion is ongoing, with participants seeking clarification on the forces involved and their representations. Some guidance has been offered regarding Newton's laws, but no consensus has been reached on the specific representations or interpretations of the forces.
There appears to be some confusion regarding the forces acting on the mass, particularly in distinguishing between the weight of the ball and the force from the rod. Participants are encouraged to clarify these aspects without a definitive resolution provided.
Like what? The only force I see represented is the weight of the ball. You are asked to add a representation of the force from the rod.yusungmagic said:
Have faith in Newton's laws! In particular, ##\vec F = m \vec a##yusungmagic said:
What is the direction of the acceleration of the mass?yusungmagic said: